Seneca R-GWR User Manual
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Seneca R-GWR User Manual

Industrial ethernet radio gateway
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USER MANUAL
R-GWR
INDUSTRIAL ETHERNET RADIO GATEWAY
SENECA S.r.l.
Via Austria 26 – 35127 – Z.I. - PADOVA (PD) - ITALY
Tel. +39.049.8705355 – 8705355 Fax +39 049.8706287
www.seneca.it
ORIGINAL INSTRUCTIONS

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  • Page 1 USER MANUAL R-GWR INDUSTRIAL ETHERNET RADIO GATEWAY SENECA S.r.l. Via Austria 26 – 35127 – Z.I. - PADOVA (PD) - ITALY Tel. +39.049.8705355 – 8705355 Fax +39 049.8706287 www.seneca.it ORIGINAL INSTRUCTIONS...
  • Page 2 Set-up must be performed only after correct installation and the user must follow all the operations described in the installation manual carefully. Seneca is not responsible for failures, breakages and accidents caused by ignorance or failure to apply the stated requirements.
  • Page 3 Document revisions DATE REVISION NOTES AUTHOR 24/02/2021 First revision 24/03/2021 Removed Easy Setup2 software and corrected the name of Seneca Discovery Device www.seneca.it ALL RIGHTS RESERVED. NO PART OF THIS PUBLICATION MAY Doc: MI00568-1-EN Page 3 BE REPRODUCED WITHOUT PRIOR PERMISSION.

  • Page 4: Table Of Contents

    CONNECTION OF THE DEVICES TO A NETWORK ..........7 2.1. CONNECTION OF THE DEVICE TO A NETWORK ........................7 OPERATING PRINCIPLE ..................... 8 3.1. SENDING DATA FROM THE SENSORS TO THE R-GWR GATEWAY .................8 3.2. COMMUNICATION WITH THE R-GWR GATEWAY........................8 3.3. AVAILABLE MEASUREMENTS ..............................9 WEB SERVER OF THE GATEWAY DEVICE ..............

  • Page 5: Introduction

    Use the installation manual for more information. ATTENTION! In any case, SENECA s.r.l. or its suppliers will not be responsible for the loss of data/revenue or consequential or incidental damages due to negligence or bad/improper management of the device, even if SENECA is well aware of these possible damages.

  • Page 6: Communication Port Specifications

    COMMUNICATION PORT Number Baudrate From 1200 to 115200 bit/s configurable Parity, Data bit, Stop bit Configurable R-GWR COMMUNICATION PROTOCOLS SUPPORTED Modbus RTU slave From RS485/RS232 Port Modbus TCP-IP From Ethernet www.seneca.it ALL RIGHTS RESERVED. NO PART OF THIS PUBLICATION MAY...

  • Page 7: Connection Of The Devices To A Network

    Where x.y are the last two values of the MAC ADDRESS. This way it is possible to install more I/O of the R series and then configure the IP with the SENECA DISCOVERY DEVICE software even on networks without a DHCP server.

  • Page 8: Operating Principle

    When the R-GWR gateway sends the acknowledge packet, it also appends the current configuration (so if you change the sensor configuration in the gateway this will be sent with the next communication).

  • Page 9: Available Measurements

    ACCESS TO THE WEB SERVER Access to the web server takes place using a web browser and entering the IP address of the device. To find out the IP address of the device, use the "search" function of the “SENECA DISCOVERY DEVICE" software.

  • Page 10: Device Configuration

    User Manual R-GWR SERIES ATTENTION! AFTER THE FIRST ACCESS CHANGE USER NAME AND PASSWORD IN ORDER TO PREVENT ACCESS TO THE DEVICE TO UNAUTHORIZED PEOPLE. ATTENTION! IF THE PARAMETERS TO ACCESS THE WEB SERVER HAVE BEEN LOST, IT IS NECESSARY TO RESET THE FACTORY-SET CONFIGURATION (SEE CHAPTER 6) 4.2.
  • Page 11 IP CHANGE DISCOVERY (default: Disabled) Allows you to enable or not the IP configuration change from the Seneca Discovery Device software. SYNC CLOCK UPDATE EVERY (default: Day) Sets the clock synchronization time from the NTP server.

  • Page 12: Status Section

    User Manual R-GWR SERIES NTP SERVER 2 ADDRESS Sets the backup NTP server from which to synchronize the date/time. DAYLIGHT SAVING TIME Selects whether or not to activate the automatic switchover to winter/summer time Sets the time zone WEB SERVER USER NAME (default: admin) Sets the user name to access the web server.

  • Page 13: Pairing A New Sensor

    4) If the green LED of the radio sensor (radio reception) lights up, the association was successful and the new sensor with its data will appear in the "Status" section of the R-GWR gateway web server. 5) Press the pairing buttons of each sensor you want to pair as in the previous point 6) Once all the sensors have been paired, press the "STOP NEW SENSOR PAIRING"...

  • Page 14: Configuring A Sensor

    IF YOU CHANGE THE CONFIGURATION OF A SENSOR IN THE R-GWR WEB SERVER, THIS WILL BE SENT TO THE SENSOR IN THE NEXT COMMUNICATION To configure a sensor, press the relative "SETUP" button in the "Status" section of the R-GWR web server: SEND TIME [ x 30s] (default: 15 minutes)
  • Page 15 User Manual R-GWR SERIES ALARM Selects whether to activate the radio packet immediate sending mode for inputs IN0 and IN1. It is considered only for the following operating modes: INPUT0 = ALARM-RISING EDGE, ALARM-FALLING EDGE or WATER SENSOR INPUT1 = ALARM-REED-RISING EDGE, ALARM-REED-FALLING EDGE or WATER SENSOR...

  • Page 16: Firmware Update Section

    User Manual R-GWR SERIES INHIBITION TIME [min] Sets whether or not to enable the inhibition for inputs IN0 and IN1 when they are configured as "alarm" (on event). Any event that occurs before this time has expired from the previous one is ignored. If enabled, it is possible to choose an inhibition time between 5 and 75 minutes.

  • Page 17: Battery Life

    User Manual R-GWR SERIES BATTERY LIFE Battery life depends on:  the type of installation.  the type of configuration.  the temperature.  how good the battery is.  how good the radio link is. The following table is calculated as follows: ...

  • Page 18: Supported Modbus Communication Protocols

    User Manual R-GWR SERIES SUPPORTED MODBUS COMMUNICATION PROTOCOLS The Modbus communication protocols supported are:  Modbus RTU Slave (from the RS485/RS232 port) Modbus TCP-IP Server (from Ethernet port) max 8 client  For more information on these protocols, see the website: http://www.modbus.org/specs.php.

  • Page 19: Modbus Register Table

    Signed 16 bit = signed integer register can take values from -32768 to +32767 Float 32 bits = Single-precision floating point register with 32 bits (IEEE 754) https://en.wikipedia.org/wiki/IEEE_754 BIT = Boolean registry, can be 0 (false) or 1 (true) 8.1. R-GWR: MODBUS 4X HOLDING REGISTERS TABLE (FUNCTION CODE 3) OFFSET ADDRESS ADDRESS REGISTER...
  • Page 20 User Manual R-GWR SERIES OFFSET ADDRESS ADDRESS REGISTER SENSOR DESCRIPTION TYPE (4x) (4x) Sensor serial code 40550 UNSIGNED SENSOR SERIAL CODE Sensor serial code 40551 Signal level UNSIGNED 40552 SENSOR SIGNAL LEVEL 0 = minimum 16 BIT 6 = maximum...
  • Page 21 User Manual R-GWR SERIES OFFSET ADDRESS ADDRESS REGISTER SENSOR DESCRIPTION TYPE (4x) (4x) Signal level UNSIGNED 40567 SENSOR SIGNAL LEVEL 0 = minimum 16 BIT 6 = maximum Sensor serial code 40568 UNSIGNED SENSOR SERIAL CODE Sensor serial code 40569...
  • Page 22 User Manual R-GWR SERIES OFFSET ADDRESS ADDRESS REGISTER SENSOR DESCRIPTION TYPE (4x) (4x) Sensor serial code 40584 Signal level UNSIGNED 40585 SENSOR SIGNAL LEVEL 0 = minimum 16 BIT 6 = maximum Sensor serial code 40586 UNSIGNED SENSOR SERIAL CODE...
  • Page 23 User Manual R-GWR SERIES OFFSET ADDRESS ADDRESS REGISTER SENSOR DESCRIPTION TYPE (4x) (4x) Sensor serial code 40601 UNSIGNED SENSOR SERIAL CODE Sensor serial code 40602 Signal level UNSIGNED 40603 SENSOR SIGNAL LEVEL 0 = minimum 16 BIT 6 = maximum...
  • Page 24 User Manual R-GWR SERIES OFFSET ADDRESS ADDRESS REGISTER SENSOR DESCRIPTION TYPE (4x) (4x) Signal level UNSIGNED 40618 SENSOR SIGNAL LEVEL 0 = minimum 16 BIT 6 = maximum Sensor serial code 40619 UNSIGNED SENSOR SERIAL CODE Sensor serial code 40620...
  • Page 25 User Manual R-GWR SERIES OFFSET ADDRESS ADDRESS REGISTER SENSOR DESCRIPTION TYPE (4x) (4x) Sensor serial code 40635 Signal level UNSIGNED 40636 SENSOR SIGNAL LEVEL 0 = minimum 16 BIT 6 = maximum Sensor serial code 40637 UNSIGNED SENSOR SERIAL CODE...
  • Page 26 User Manual R-GWR SERIES OFFSET ADDRESS ADDRESS REGISTER SENSOR DESCRIPTION TYPE (4x) (4x) 50.0% Status of the digital inputs Bit 1 = IN0 UNSIGNED 41006 1005 DIGITAL INPUTS Bit 2 = IN1 16 BIT Bit 3 = IN2 Bit 4 = IN3...
  • Page 27 User Manual R-GWR SERIES OFFSET ADDRESS ADDRESS REGISTER SENSOR DESCRIPTION TYPE (4x) (4x) Status of the digital inputs Bit 1 = IN0 UNSIGNED 41014 1013 DIGITAL INPUTS Bit 2 = IN1 16 BIT Bit 3 = IN2 Bit 4 = IN3...
  • Page 28 User Manual R-GWR SERIES OFFSET ADDRESS ADDRESS REGISTER SENSOR DESCRIPTION TYPE (4x) (4x) input [mV] Temperature measurement in SIGNED 16 41024 1023 TEMPERATURE [°Cx10] [°Cx10] Example 200 = 20.0°C Relative humidity measurement in UNSIGNED 41025 1024 HUMIDITY [%x10] [%x10] 16 BIT Example 500 = 50.0%...
  • Page 29 User Manual R-GWR SERIES OFFSET ADDRESS ADDRESS REGISTER SENSOR DESCRIPTION TYPE (4x) (4x) Relative humidity measurement in UNSIGNED 41033 1032 HUMIDITY [%x10] [%x10] 16 BIT Example 500 = 50.0% Status of the digital inputs Bit 1 = IN0 UNSIGNED 41034...
  • Page 30 User Manual R-GWR SERIES OFFSET ADDRESS ADDRESS REGISTER SENSOR DESCRIPTION TYPE (4x) (4x) Status of the digital inputs Bit 1 = IN0 UNSIGNED 41042 1041 DIGITAL INPUTS Bit 2 = IN1 16 BIT Bit 3 = IN2 Bit 4 = IN3...
  • Page 31 User Manual R-GWR SERIES OFFSET ADDRESS ADDRESS REGISTER SENSOR DESCRIPTION TYPE (4x) (4x) input [mV] Temperature measurement in SIGNED 16 41052 1051 TEMPERATURE [°Cx10] [°Cx10] Example 200 = 20.0°C Relative humidity measurement in UNSIGNED 41053 1052 HUMIDITY [%x10] [%x10] 16 BIT Example 500 = 50.0%...
  • Page 32 User Manual R-GWR SERIES OFFSET ADDRESS ADDRESS REGISTER SENSOR DESCRIPTION TYPE (4x) (4x) Relative humidity measurement in UNSIGNED 41061 1060 HUMIDITY [%x10] [%x10] 16 BIT Example 500 = 50.0% Status of the digital inputs Bit 1 = IN0 UNSIGNED 41062...
  • Page 33 User Manual R-GWR SERIES OFFSET ADDRESS ADDRESS REGISTER SENSOR DESCRIPTION TYPE (4x) (4x) Status of the digital inputs Bit 1 = IN0 UNSIGNED 41070 1069 DIGITAL INPUTS Bit 2 = IN1 16 BIT Bit 3 = IN2 Bit 4 = IN3...
  • Page 34 User Manual R-GWR SERIES OFFSET ADDRESS ADDRESS REGISTER SENSOR DESCRIPTION TYPE (4x) (4x) input [mV] Temperature measurement in SIGNED 16 41080 1079 TEMPERATURE [°Cx10] [°Cx10] Example 200 = 20.0°C Relative humidity measurement in UNSIGNED 41081 1080 HUMIDITY [%x10] [%x10] 16 BIT Example 500 = 50.0%...
  • Page 35 User Manual R-GWR SERIES OFFSET ADDRESS ADDRESS REGISTER SENSOR DESCRIPTION TYPE (4x) (4x) Relative humidity measurement in UNSIGNED 41089 1088 HUMIDITY [%x10] [%x10] 16 BIT Example 500 = 50.0% Status of the digital inputs Bit 1 = IN0 UNSIGNED 41090...
  • Page 36 User Manual R-GWR SERIES OFFSET ADDRESS ADDRESS REGISTER SENSOR DESCRIPTION TYPE (4x) (4x) Status of the digital inputs Bit 1 = IN0 UNSIGNED 41098 1097 DIGITAL INPUTS Bit 2 = IN1 16 BIT Bit 3 = IN2 Bit 4 = IN3...
  • Page 37 User Manual R-GWR SERIES OFFSET ADDRESS ADDRESS REGISTER SENSOR DESCRIPTION TYPE (4x) (4x) input [mV] Temperature measurement in SIGNED 16 41108 1107 TEMPERATURE [°Cx10] [°Cx10] Example 200 = 20.0°C Relative humidity measurement in UNSIGNED 41109 1108 HUMIDITY [%x10] [%x10] 16 BIT Example 500 = 50.0%...
  • Page 38 User Manual R-GWR SERIES OFFSET ADDRESS ADDRESS REGISTER SENSOR DESCRIPTION TYPE (4x) (4x) Relative humidity measurement in UNSIGNED 41117 1116 HUMIDITY [%x10] [%x10] 16 BIT Example 500 = 50.0% Status of the digital inputs Bit 1 = IN0 UNSIGNED 41118...
  • Page 39 User Manual R-GWR SERIES OFFSET ADDRESS ADDRESS REGISTER SENSOR DESCRIPTION TYPE (4x) (4x) Status of the digital inputs Bit 1 = IN0 UNSIGNED 41126 1125 DIGITAL INPUTS Bit 2 = IN1 16 BIT Bit 3 = IN2 Bit 4 = IN3...

  • Page 40: Search And Modification Of The Device Ip With Seneca Discovery Device

    The software can be downloaded from: https://www.seneca.it/en/linee-di-prodotto/software/easy/sdd Pressing the "search" button starts the search for all Seneca devices present in the network even if with IP addresses not compatible with the current PC configuration: It is now possible to change the address by pressing the "Assign" button: www.seneca.it...

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